Abstract: This application discloses a method for updating a virtual environment picture performed by a computer device. The method includes: displaying a first virtual environment picture of a virtual environment using a first observation position as an observation center, wherein a virtual character is located at a first position in the first virtual environment picture; in response to receiving a first directional operation on the virtual character, displaying a skill indicator in accordance with the first directional operation; and when at least a portion of the skill indicator is going to exceed the first virtual environment picture, replacing the first virtual environment picture with displaying a second virtual environment picture, wherein the virtual character is relocated from the first position in the first virtual environment picture to a second position in the second virtual environment picture so as to present the skill indicator in the second virtual environment picture.

Abstract: This application discloses a method for operating virtual characters within a virtual environment performed by a computer device.

Abstract: A face search method and apparatus are provided. The method includes obtaining a to-be-searched face image, and inputting the face image into a first feature extraction model to obtain a first face feature. The method further includes inputting the face image and the first face feature into a first feature mapping model for feature mapping, to output a standard feature corresponding to the first face feature, and performing face search for the face image based on the standard feature. Features extracted by using a plurality of feature extraction models are concatenated, and a concatenated feature is used as a basis for constructing a standard feature.

Abstract: Disclosed are a traffic signal recognition method, a traffic signal indication apparatus (100), and a terminal (200), which are applied to the field of intelligent driving. In addition to an existing visible light signal indication system in a traffic light pattern, the traffic signal indication apparatus (100) adds a near infrared light source (110, S). The vehicle-mounted terminal (200) determines, based on a collected near infrared light signal, traffic operation information indicated by the traffic signal indication apparatus (100). The near infrared light signal has stronger penetration force than a visible light signal. Therefore, traffic signal recognition accuracy can be improved.

Abstract: An adaptive search method includes: receiving a search condition set comprising target hardware platform information, network structure information of a source neural network, and one or more evaluation metrics; performing a training process on a to-be-trained super network based on a training dataset to obtain a trained super network, by extending a network structure of the source neural network; and performing a subnet search process on the trained super network based on the one or more evaluation metrics to obtain network structure information of a target neural network, which represents the target neural network and an evaluation result of the target neural network running on a target hardware platform is better than an evaluation result of the source neural network running on the target hardware platform.

Abstract: A face search method and apparatus are provided. The method includes obtaining a to-be-searched face image, and inputting the face image into a first feature extraction model to obtain a first face feature. The method further includes inputting the face image and the first face feature into a first feature mapping model for feature mapping, to output a standard feature corresponding to the first face feature, and performing face search for the face image based on the standard feature. Features extracted by using a plurality of feature extraction models are concatenated, and a concatenated feature is used as a basis for constructing a standard feature.

Abstract: The disclosure relates to a method for generating a mesh, wherein the method is performed by a processor of a computing device and comprises steps of: receiving a model, constructing a function representing geometric properties of the model, determining a total number of particles to be distributed on the model, distributing the particles on the model until the particles reach a final position, wherein constraints provided by the function are taken into account when distributing the particles, and triangulating the particles in the final position for generating an unstructured mesh. Further, a system for generating a mesh is disclosed.

Abstract: A three-dimensional planting construction comprises a three-dimensional framework (46), some water (5) and soil (4) for plants (22) to grow and some turnover shutters (16) for adjusting lighting in which water (5), soil (4) and the turnover shutters (16) are provided on the three-dimensional framework (46). The three-dimensional framework (46) made from concrete and wood is built around the building (10), other buildings or ground. Wind power generator sets (39) supply power to the planting construction. An overhead trolley (43) is installed on the three-dimensional framework (46) for working. The plants (22) are irrigated with a pump (37) from a well or waste water purified roughly.

Abstract: The embodiments of a transcoding method, a transcoding device, and a communication apparatus are provided. The embodiment of a method includes: receiving a bit stream input from a sending end; determining an attribute of discontinuous transmission (DTX) used by a receiving end and a frame type of the input bit stream; and transcoding the input bit stream in a corresponding processing manner according to a determination result. Thereby, a corresponding transcoding operation is performed on the input bit stream according to the attribute of DTX used by the receiving end and the frame type of the input bit stream. In such a manner, input bit streams of various types can be processed, and the input bit streams can be correspondingly transcoded according to the requirements of the receiving end. Therefore, the average computational complexity and peak computational complexity can be effectively decreased without decreasing the quality of the synthesized speech.

Abstract: A three-dimensional planting construction comprises a three-dimensional framework (46), some water (5) and soil (4) for plants (22) to grow and some turnover shutters (16) for adjusting lighting in which water (5), soil (4) and the turnover shutters (16) are provided on the three-dimensional framework (46). The three-dimensional framework (46) made from concrete and wood is built around the building (10), other buildings or ground. Wind power generator sets (39) supply power to the planting construction. An overhead trolley (43) is installed on the three-dimensional framework (46) for working. The plants (22) are irrigated with a pump (37) from a well or waste water purified roughly.

Abstract: The embodiments of a transcoding method, a transcoding device, and a communication apparatus are provided. The embodiment of a method includes: receiving a bit stream input from a sending end; determining an attribute of discontinuous transmission (DTX) used by a receiving end and a frame type of the input bit stream; and transcoding the input bit stream in a corresponding processing manner according to a determination result. Thereby, a corresponding transcoding operation is performed on the input bit stream according to the attribute of DTX used by the receiving end and the frame type of the input bit stream. In such a manner, input bit streams of various types can be processed, and the input bit streams can be correspondingly transcoded according to the requirements of the receiving end. Therefore, the average computational complexity and peak computational complexity can be effectively decreased without decreasing the quality of the synthesized speech.